Ask
Search
My library
ORKG

ORKG Ask

Our mission is to organize scholarly knowledge and make it accessible to humans and machines.

About

About ORKG Ask
Report issue
Statistics
Contact

Legal

Terms of use
Data protection (sheet)
Imprint
Accessibility
License

Technical

We
open source
System status
Changelog
Frontend: v1.41.0
Backend: v1.13.4

We use cookies to provide a better user experience.

Data Protection

Mean amplitudes (<i>SD</i>) of standard- and deviant-waves for each condition and scalp position.

Ari Ueno (360910)
Satoshi Hirata (315463)
Kohki Fuwa (360912)
Keiko Sugama (360913)
Kiyo Kusunoki (360914)
Goh Matsuda (360911)
Hirokata Fukushima (360909)
Kazuo Hiraki (262096)
Masaki Tomonaga (360916)
Toshikazu Hasegawa (36441)

Publication date

February 2013

DOI

10.1371/journal.pone.0001442.t002

Abstract

<p><i>Note</i>. Mean amplitudes are indicated with <i>SD</i> values in parenthesis. std: values for standard stimuli; dev: values for deviant stimuli.</p

Extracted data

Related items

Mean movement amplitude according to the target distance and movement instruction conditions. Corresponding standard deviations are shown in brackets.

Wladimir Kirsch (168684)
Oliver Herbort (168686)
Martin V. Butz (168689)
Wilfried Kunde (168692)

April 2012

<p>Mean movement amplitude according to the target distance and movement instruction conditions. Cor...

Grand averages of responses to standard and deviant tones and the resulting difference waveforms.

Christian Kärgel (553065)
Gudrun Sartory (394097)
Daniela Kariofillis (553066)
Jens Wiltfang (44073)
Bernhard W. Müller (401360)

April 2014

<p>Top: Frequency deviants in controls (A) and patients (B); bottom: Duration deviants in controls (...

Handwriting variables and their mean values and standard deviations (between parenthesis) for each group (Schizophrenia vs Bipolar disorder).

Yasmina Crespo (3625292)
Antonio Ibañez (6458807)
María Felipa Soriano (6458810)
Sergio Iglesias (6458813)
Jose Ignacio Aznarte (6458816)

March 2019

Handwriting variables and their mean values and standard deviations (between parenthesis) for each g...

Mean amplitudes of standard- and deviant-waves for each condition and scalp position (Experiment 1).

Henkjan Honing (294667)
Hugo Merchant (294668)
Gábor P. Háden (294669)
Luis Prado (294670)
Ramón Bartolo (294671)

February 2013

<p><i>Note</i>. Mean amplitudes (µV) are indicated with <i>SE</i> values in parentheses. S: values f...

Mean amplitudes of standard- and deviant-waves for each scalp position (Experiment 2).

Henkjan Honing (294667)
Hugo Merchant (294668)
Gábor P. Háden (294669)
Luis Prado (294670)
Ramón Bartolo (294671)

February 2013

<p><i>Note</i>. Mean amplitudes (µV) are indicated with <i>SE</i> values in parentheses. S: values f...

Mean amplitudes of standard- (S<sub>1–4</sub>), deviant- (D), and ‘deviant-control’-waves (D<sub>control</sub>) in the early window (just after the omission) for each stimulus type and scalp position (Experiment 3).

Henkjan Honing (294667)
Hugo Merchant (294668)
Gábor P. Háden (294669)
Luis Prado (294670)
Ramón Bartolo (294671)

February 2013

<p><i>Note</i>. Mean amplitudes (µV) are indicated with <i>SE</i> values in parentheses. S<sub>1–4</...

Mean amplitudes (in µV) of the components analyzed (standard deviations in parentheses).

Irit Bar-Kochva (164375)
Zvia Breznitz (164379)

May 2012

<p>Mean amplitudes (in µV) of the components analyzed (standard deviations in parentheses).</p

Mean amplitudes (referenced to tip of nose) for the four conditions (Deviance x Load) across 160–220 ms after tone onset at Fz (left) and Cz (right).

Stefan Wiens (58148)
Malina Szychowska (844006)
Mats E. Nilsson (844007)

January 2016

<p>The top row shows condition means (95% CI for each variable), and the bottom row shows mean diffe...

The mean (with SD) peak amplitude (µV) of each component in response to different affective pictures.

Chunliang Feng (314435)
Lili Wang (104605)
Chao Liu (43092)
Xiangru Zhu (334140)
Ruina Dai (334142)
Xiaoqin Mai (223474)
Yue-Jia Luo (138403)

February 2013

<p>The mean (with SD) peak amplitude (µV) of each component in response to different affective pictu...

Simple regularity (ITD change): mean amplitudes of the P0, Na, Pa and Nb components of the MLR and the MMN range.

Miriam Cornella (310982)
Sumie Leung (310983)
Sabine Grimm (310984)
Carles Escera (299207)

February 2013

<p>Mean amplitudes (in µV) and standard errors (in parentheses) elicited by standard (std) and devia...

Means and standard deviations of vMMN amplitudes (μV) in each expression condition.

Tongran Liu (437126)
Tong Xiao (12431)
Xiaoyan Li (117291)
Jiannong Shi (382095)

September 2015

<p>Means and standard deviations of vMMN amplitudes (μV) in each expression condition.</p

Descriptive statistics of trial numbers and amplitude of the SPN for typically developing (TD) individuals and those with autism spectrum disorder (ASD).

Katherine K. M. Stavropoulos (625357)
Leslie J. Carver (625358)

September 2014

<p>Means are displayed, followed by standard error in parentheses (SE). Amplitude is the average mag...

Mean amplitudes (SD) before and after training.

Jussi Tallus (803996)
Anna Soveri (492711)
Heikki Hämäläinen (659136)
Jyrki Tuomainen (798761)
Matti Laine (359220)

October 2015

<p>Mean (SD) separately for each DL condition and both groups. Amplitudes are averaged across all RO...

Mean (SD) values of the SC features of the MDD patients and the healthy controls during P1-P5.

Ah Young Kim (5279120)
Eun Hye Jang (6551234)
Kwan Woo Choi (6551237)
Hong Jin Jeon (693515)
Sangwon Byun (3434747)
Joo Yong Sim (4732719)
Jae Hun Choi (6551240)
Han Young Yu (1578214)

April 2019

Mean (SD) values of the SC features of the MDD patients and the healthy controls during P1-P5.</p

Mean amplitudes for standards and deviants in RP, MMN and P3a time windows.

Maria Bader (757349)
Erich Schröger (81199)
Sabine Grimm (310984)

May 2017

<p>Mean amplitudes (<i>N</i> = 18) in 100 ms time windows for RP (50 to 150 ms), MMN (166 to 266 ms)...

Mean movement amplitude according to the target distance and movement instruction conditions. Corresponding standard deviations are shown in brackets.

Wladimir Kirsch (168684)
Oliver Herbort (168686)
Martin V. Butz (168689)
Wilfried Kunde (168692)

April 2012

<p>Mean movement amplitude according to the target distance and movement instruction conditions. Cor...

Grand averages of responses to standard and deviant tones and the resulting difference waveforms.

Christian Kärgel (553065)
Gudrun Sartory (394097)
Daniela Kariofillis (553066)
Jens Wiltfang (44073)
Bernhard W. Müller (401360)

April 2014

<p>Top: Frequency deviants in controls (A) and patients (B); bottom: Duration deviants in controls (...

Handwriting variables and their mean values and standard deviations (between parenthesis) for each group (Schizophrenia vs Bipolar disorder).

Yasmina Crespo (3625292)
Antonio Ibañez (6458807)
María Felipa Soriano (6458810)
Sergio Iglesias (6458813)
Jose Ignacio Aznarte (6458816)

March 2019

Handwriting variables and their mean values and standard deviations (between parenthesis) for each g...

Mean amplitudes of standard- and deviant-waves for each condition and scalp position (Experiment 1).

Henkjan Honing (294667)
Hugo Merchant (294668)
Gábor P. Háden (294669)
Luis Prado (294670)
Ramón Bartolo (294671)

February 2013

<p><i>Note</i>. Mean amplitudes (µV) are indicated with <i>SE</i> values in parentheses. S: values f...

Mean amplitudes of standard- and deviant-waves for each scalp position (Experiment 2).

Henkjan Honing (294667)
Hugo Merchant (294668)
Gábor P. Háden (294669)
Luis Prado (294670)
Ramón Bartolo (294671)

February 2013

<p><i>Note</i>. Mean amplitudes (µV) are indicated with <i>SE</i> values in parentheses. S: values f...

Mean amplitudes of standard- (S<sub>1–4</sub>), deviant- (D), and ‘deviant-control’-waves (D<sub>control</sub>) in the early window (just after the omission) for each stimulus type and scalp position (Experiment 3).

Henkjan Honing (294667)
Hugo Merchant (294668)
Gábor P. Háden (294669)
Luis Prado (294670)
Ramón Bartolo (294671)

February 2013

<p><i>Note</i>. Mean amplitudes (µV) are indicated with <i>SE</i> values in parentheses. S<sub>1–4</...

Mean amplitudes (in µV) of the components analyzed (standard deviations in parentheses).

Irit Bar-Kochva (164375)
Zvia Breznitz (164379)

May 2012

<p>Mean amplitudes (in µV) of the components analyzed (standard deviations in parentheses).</p

Mean amplitudes (referenced to tip of nose) for the four conditions (Deviance x Load) across 160–220 ms after tone onset at Fz (left) and Cz (right).

Stefan Wiens (58148)
Malina Szychowska (844006)
Mats E. Nilsson (844007)

January 2016

<p>The top row shows condition means (95% CI for each variable), and the bottom row shows mean diffe...

The mean (with SD) peak amplitude (µV) of each component in response to different affective pictures.

Chunliang Feng (314435)
Lili Wang (104605)
Chao Liu (43092)
Xiangru Zhu (334140)
Ruina Dai (334142)
Xiaoqin Mai (223474)
Yue-Jia Luo (138403)

February 2013

<p>The mean (with SD) peak amplitude (µV) of each component in response to different affective pictu...

Simple regularity (ITD change): mean amplitudes of the P0, Na, Pa and Nb components of the MLR and the MMN range.

Miriam Cornella (310982)
Sumie Leung (310983)
Sabine Grimm (310984)
Carles Escera (299207)

February 2013

<p>Mean amplitudes (in µV) and standard errors (in parentheses) elicited by standard (std) and devia...

Means and standard deviations of vMMN amplitudes (μV) in each expression condition.

Tongran Liu (437126)
Tong Xiao (12431)
Xiaoyan Li (117291)
Jiannong Shi (382095)

September 2015

<p>Means and standard deviations of vMMN amplitudes (μV) in each expression condition.</p

Descriptive statistics of trial numbers and amplitude of the SPN for typically developing (TD) individuals and those with autism spectrum disorder (ASD).

Katherine K. M. Stavropoulos (625357)
Leslie J. Carver (625358)

September 2014

<p>Means are displayed, followed by standard error in parentheses (SE). Amplitude is the average mag...

Mean amplitudes (SD) before and after training.

Jussi Tallus (803996)
Anna Soveri (492711)
Heikki Hämäläinen (659136)
Jyrki Tuomainen (798761)
Matti Laine (359220)

October 2015

<p>Mean (SD) separately for each DL condition and both groups. Amplitudes are averaged across all RO...

Mean (SD) values of the SC features of the MDD patients and the healthy controls during P1-P5.

Ah Young Kim (5279120)
Eun Hye Jang (6551234)
Kwan Woo Choi (6551237)
Hong Jin Jeon (693515)
Sangwon Byun (3434747)
Joo Yong Sim (4732719)
Jae Hun Choi (6551240)
Han Young Yu (1578214)

April 2019

Mean (SD) values of the SC features of the MDD patients and the healthy controls during P1-P5.</p

Mean amplitudes for standards and deviants in RP, MMN and P3a time windows.

Maria Bader (757349)
Erich Schröger (81199)
Sabine Grimm (310984)

May 2017

<p>Mean amplitudes (<i>N</i> = 18) in 100 ms time windows for RP (50 to 150 ms), MMN (166 to 266 ms)...

Mean movement amplitude according to the target distance and movement instruction conditions. Corresponding standard deviations are shown in brackets.

Wladimir Kirsch (168684)
Oliver Herbort (168686)
Martin V. Butz (168689)
Wilfried Kunde (168692)

April 2012

<p>Mean movement amplitude according to the target distance and movement instruction conditions. Cor...

Grand averages of responses to standard and deviant tones and the resulting difference waveforms.

Christian Kärgel (553065)
Gudrun Sartory (394097)
Daniela Kariofillis (553066)
Jens Wiltfang (44073)
Bernhard W. Müller (401360)

April 2014

<p>Top: Frequency deviants in controls (A) and patients (B); bottom: Duration deviants in controls (...

Handwriting variables and their mean values and standard deviations (between parenthesis) for each group (Schizophrenia vs Bipolar disorder).

Yasmina Crespo (3625292)
Antonio Ibañez (6458807)
María Felipa Soriano (6458810)
Sergio Iglesias (6458813)
Jose Ignacio Aznarte (6458816)

March 2019

Handwriting variables and their mean values and standard deviations (between parenthesis) for each g...